EFC5610-0K40-3P4-MDB-7P-NNNNN-NNNN

The EFC5610-0K40-3P4-MDB-7P-NNNNN-NNNN module from Bosch Rexroth Indramat is part of the robust EFC Frequency Converters series, offering a reliable solution for industrial drive applications. With a Continuous Power rating of 0.4kW and a Connection Voltage of 400V, this frequency converter delivers efficient power management in compact form. Equipped with a Modbus Communication Module, it is designed to regulate motor speed and torque through advanced sensorless vector control, making it an ideal component for conveyor systems, pumping stations, and other automated processes.

Focusing on technical precision, the EFC5610 employs sensorless vector control (SVC) technology to maintain accurate speed regulation without the need for external feedback elements. The Modbus Communication Module supports seamless integration into industrial networks, enabling remote configuration and diagnostics. Its 400V input ensures compatibility with standard three-phase supply voltages, while the 0.4kW continuous output delivers steady performance for light to medium duty drives. The compact 1.5kg housing simplifies installation in confined control cabinets, and the built-in mains C3 filter meets EN61800-3 standards, reducing EMI and safeguarding sensitive equipment.

Beyond core functions, this converter excels in compatibility and efficiency. It interfaces directly with Bosch Rexroth software suites for parameterization and monitoring, and accommodates Modbus RTU Fieldbus for fast data exchange. The integrated C3 filter not only ensures compliance with global EMC regulations but also enhances operational reliability in harsh industrial environments. Durable construction and energy-efficient operation reduce maintenance requirements and downtime. By consolidating power conversion, communication, and filtering in a single unit, the EFC5610-0K40-3P4-MDB-7P-NNNNN-NNNN supports streamlined system architectures and improved overall plant efficiency, making it an indispensable asset in modern automation systems.